Based on the part number **JB10CX26SN1-RK**, this component is a high-performance **circular connector** typically used in aerospace, industrial, or harsh-environment applications. It is part of a series often associated with miniaturized, high-density interconnect solutions. --- ## Technical Specifications & Breakdown The alphanumeric code provides specific details about the physical and electrical characteristics of the connector: ### Part Number Deciphering | Segment | Interpretation | Description | | :--- | :--- | :--- | | **JB** | Series Prefix | Generally refers to a specific miniature circular series (often JAE or equivalent). | | **10** | Shell Size | Refers to the diameter/scale of the outer housing. | | **CX** | Modification/Special | Often denotes a specific material, finish, or high-speed contact arrangement. | | **26** | Contact Count | This connector features **26 individual pins/sockets**. | | **S** | Contact Gender | **S** stands for **Socket** (Female) contacts. | | **N** | Keying/Polarization | Defines the orientation of the plug to prevent incorrect mating. | | **1-RK** | Packaging/Finish | Indicates specific RoHS compliance or bulk packaging codes. | --- ## Electrical & Physical Characteristics ### 1. Contact Performance * **High Density:** Fitting 26 pins into a size 10 shell suggests very fine pitch contacts (likely size 22 or smaller). * **Current Rating:** Typically ranges from **3A to 5A per contact**, depending on the wire gauge used. * **Voltage Rating:** Usually rated for **250V to 500V AC/DC** depending on environmental conditions. ### 2. Materials and Construction * **Housing:** Usually made of aluminum alloy with nickel or cadmium plating for corrosion resistance. * **Insulator:** High-grade thermoset plastic or rubber to ensure high insulation resistance between pins. * **Coupling Mechanism:** Likely a **bayonet or screw-on** mechanism to ensure a secure, vibration-resistant connection. --- ## Common Applications These connectors are engineered for reliability in demanding scenarios: 1. **Avionics:** Control systems where space is limited but high signal density is required. 2. **Medical Equipment:** Imaging and diagnostic tools requiring multiple signal paths in a small footprint. 3. **Industrial Robotics:** Sensor data transmission in environments with high movement and vibration. --- ## Typical Pinout Configuration Example *Note: Consult the manufacturer's datasheet for the exact layout.* ```text (Outer Shell) /-----------------\ / . . . . . . . \ | . . . . . . . . | <-- 26 High-density socket | . . . . . . . . | arrangements. \ . . . . . . . / \-----------------/ ```